TWM567268U - Blue copper peptide graphene fiber cloth - Google Patents

Abstract

A blue-copper peptide graphene fiber cloth, which is formed by interweaving fine nano-copper fiber, elastic fiber, collagen peptide fiber and graphene fiber, and the above-mentioned fine nano-copper fiber, elastic fiber and collagen There is a gap between the protein peptide fiber and the graphene fiber; by the above structure, the fabric made by the present invention can provide cooling or warming according to the four seasons, and promote blood circulation in the human body to reduce body lactic acid accumulation after exercise. At the same time, it has the effect of cooling and moisturizing skin care.

Description

Blue copper peptide graphene fiber cloth

The present invention is a fiber, especially a blue copper peptide graphene fiber cloth, which is formed by axially interweaving fine nano copper wire, elastic fiber, collagen peptide fiber and graphene fiber in the body. Provides cooling or warming and warming, promotes blood circulation in the human body, and at the same time has the effect of cooling heat and moisturizing skin care.

Conventional fabrics can be made of mixed cotton yarn, rayon or blended fabric. Different fibers have different appearances, textures and characteristics. In order to meet the different temperatures in summer or winter, the current commercial fabrics have a cool summer fabric and overcome winter. Cold warm fabrics, all of which are made of single-function fibers that do not have the temperature changes in summer or winter; in view of this, the new creators have been engaged in the manufacturing development and design experience of related products for many years. The above objectives, with detailed design and prudent evaluation, will result in a practical and practical creation.

The present invention provides a blue-copper peptide graphene fiber fabric, which is formed by a plurality of fine nano-copper fibers, a plurality of elastic fibers, a plurality of collagen peptide fibers, and a plurality of graphene fibers disposed axially inside a body. The fine nano-copper fiber, each of the elastic fiber, each of the collagen peptide fiber, and each of the graphene fibers have a gap; and by the above structure, the fiber of the present invention can provide warm winter and cool summer in response to seasonal changes. Functionality, in addition, more good The conductive heat dissipation effect reduces static electricity generation, promotes blood circulation, moisturizing skin care and antibacterial effect, and can be used for producing functional fabrics that can be worn in hats, clothes, packaging, shoes and the like in all seasons.

With regard to the technology, the means and the functions of the present invention, the preferred embodiments and the detailed description of the present invention will be described in detail below. It is believed that the above-mentioned objects, structures and features of the present invention can be understood in detail.

10‧‧‧ Ontology

12‧‧‧Small nano copper wire fiber

14‧‧‧elastic fiber

16‧‧‧Collagen peptide fiber

18‧‧‧ Graphene fiber

20‧‧‧ metal particles

Figure 1 is a schematic view of an embodiment of the present creation

Figure 2 is a partial enlarged view of Figure 1

Figure 3 is an enlarged schematic cross-sectional view of Figure 2

Referring to Figure 1 to Figure 3, the author is a blue-copper peptide graphene fiber cloth, which is a body of a body 10 with a plurality of fine nano-copper fibers 12, a plurality of elastic fibers 14, and a plurality of collagen peptides. The fibers 16 and the plurality of graphene fibers 18 have voids between each of the fine nano-copper fibers 12, each of the elastic fibers 14, each of the collagen peptide fibers 16, and each of the graphene fibers 18.

Referring to FIG. 3, a plurality of chemical fibers, a plurality of nylon fibers, a plurality of non-woven fibers, a plurality of cotton fibers, or any combination of the above are further axially interlaced in the body 10, and the fibers are also similar to each of the fine nano copper. There is a gap between the silk fiber 12, each of the elastic fibers 14, each of the collagen peptide fibers 16 and each of the graphene fibers 18, and the plurality of metal particles 20 may be packed in the voids, and the metal particles 20 are ruthenium particles. Titanium particles, zinc oxide particles or any combination of the above.

In the above, each of the fine nano-copper fiber 12 has the effect of lowering the temperature of 6 degrees Celsius in 20 minutes at a high temperature, and provides high-efficiency far-infrared rays and can relieve pain and reduce the accumulation of lactic acid and edema after exercise, and The meter-grade fine nano-copper fiber 12 will contribute to the absorption of the skin, and the graphene fiber 18 can have the effect of adjusting the temperature, providing a temperature drop at a high temperature and self-heating and warming at a low temperature, and the small-molecule collagen wins. Peptide fiber 16 is good for skin absorption, can effectively improve skin care, improve wound healing and anti-allergic effect. These metal particles 20 can produce far-infrared rays. This advanced intelligent technology fabric can increase the blood circulation of human body by 13%. Therefore, the fabric made of the body 10 can be worn not only in all seasons, but also has a good metal conduction function without generating static electricity, and has the effect of cooling heat, and can also achieve metabolism, blood flow, blood flow rate and blood lipids. The effect of increasing the amount can be used to produce hats, clothes, packaging, shoes, etc., with obvious antibacterial and deodorizing effects.

Claims (4)

A blue copper peptide graphene fiber cloth comprising: a body, the inner space of the body is axially interlaced to form a plurality of fine nano copper wire fibers, a plurality of elastic fibers, a plurality of collagen peptide fibers, and a plurality of graphene fibers, each of which There are voids between the fine nano copper fiber, each of the elastic fibers, each of the collagen peptide fibers, and each of the graphene fibers. The blue copper peptide graphene fiber cloth according to claim 1, wherein the body is further woven with a plurality of chemical fibers, a plurality of nylon fibers, a plurality of non-woven fibers, a plurality of cotton fibers or any combination thereof. The blue copper peptide graphene fiber cloth according to claim 1, wherein the body is uniformly filled with a plurality of metal particles in the void. The blue copper peptide graphene fiber cloth of claim 3, wherein the metal particles are cerium particles, titanium particles, zinc oxide particles or any combination thereof.